Transparent screen is a new type of display technology that uses transparent electronic components and polymer materials to allow the screen to pass through the external environment while still displaying clear images. The electrical insulation performance of the transparent screen is one of its major advantages. This is because it uses polymer materials. These materials have good electrical insulation properties and can effectively prevent the external environment from causing damage to the electronic components on the screen. The electrical insulation properties of transparent screens mainly depend on the materials and manufacturing processes used. Generally speaking, transparent screens have high electrical insulation performance requirements to ensure that the electronic components on the screen are not affected by the external environment, such as humidity, temperature, and static electricity. In addition, the transparent screen also needs to have good voltage resistance and current resistance to ensure that the screen will not malfunction during use. The electrical insulation performance of the transparent screen can also be verified through relevant tests. For example, the electrical insulation properties of an electronic component on a screen can be assessed by measuring its dielectric constant. Dielectric constant refers to the ratio of the capacitance produced by a material when it is subjected to an electric field to its initial capacitance. The smaller the dielectric constant, the higher the electrical insulation properties of the material. Additionally, the electrical insulation properties of the electronic components on the screen can be evaluated by measuring their volume resistivity. Volume resistivity refers to the ratio of the resistance produced by a material when it is subjected to an electric field to its volume. The smaller the volume resistivity, the higher the electrical insulation properties of the material. The electrical insulation performance of the transparent screen is one of its major advantages. It can effectively protect the electronic components on the screen and ensure the normal use of the screen. In addition, transparent screens also have other advantages, such as high resolution, high contrast, low power consumption, and weather resistance. These advantages make transparent screens widely used in many fields, such as commercial displays, traffic information release, and architectural decoration. wait. The electrical insulation performance of the transparent screen is one of its major advantages. It can effectively protect the electronic components on the screen and ensure the normal use of the screen. In addition, transparent screens also have other advantages, such as high resolution, high contrast, low power consumption, and weather resistance. These advantages make transparent screens widely used in many fields, such as commercial displays, traffic information release, and architectural decoration. wait.